Ekaterina Ruchkina

Publication Activity (10 Years)

Years Active: 2014-2020
Publications (10 Years): 5

Top Topics

Fuzzy Neural Network

Parametric Optimization

Computing Systems

Top Venues

Publications

Vladimir Ruchkin, Grigory Soldatov, Alexei Koryachko, Boris Kostrov, Ekaterina Ruchkina
Conceptual Model of Hardware & Software Co-design for Multicore Systems on Chip. MECO (2020)
Vladimir Ruchkin, Vladimir Fulin, Dmitry Pikulin, Aleksandr Taganov, Aleksandr Kolesenkov, Ekaterina Ruchkina
Heterogenic Multi-Core System on Chip for Virtual Based Security. MECO (2019)
Vladimir Ruchkin, Vladimir Fulin, Dmitry Pikulin, Boris Kostrov, Aleksandr Taganov, Aleksandr Kolesenkov, Ekaterina Ruchkina
Analysis of models of representation for expert choice neuroprocessor structure. MECO (2018)
Vladimir Ruchkin, Vitaly Romanchuk, Vladimir Fulin, Vladislav Lukashenko, Boris Kostrov, Ekaterina Ruchkina
Frame model of a compiler of cluster parallelism for embedded computing systems. MECO (2017)
Vladimir Ruchkin, Marat Mahmudov, Vitaly Romanchuk, Vladimir Fulin, Boris Kostrov, Ekaterina Ruchkina
Smart compiler embedded computing systems based on cluster parallelism. MECO (2016)
Vladimir Ruchkin, Vitaly Romanchuk, Vladimir Fulin, Boris Kostrov, Ekaterina Ruchkina
Parallelism in embedded microprocessor systems based on clustering. MECO (2015)
Boris Kostrov, Nataliya N. Grinchenko, Denis S. Stepanov, Ekaterina Ruchkina, Vladimir Ruchkin
Image path modeling. MECO (2015)
Vladimir Ruchkin, Aleksandr Kolesenkov, Boris Kostrov, Ekaterina Ruchkina
Algorithms of fire seat detection, modeling their dynamics and observation of forest fires via communication technologies. MECO (2015)
Roman Bazylevych, Sergii Byelyayev, Lubov Bazylevych, Alexandr Nikolaevich Kolesenkov, Boris Kostrov, Ekaterina Ruchkina, Vladimir Ruchkin
The analysis and optimization algorithms of the electronic circuits design. MECO (2014)
Alexandr Nikolaevich Kolesenkov, Boris Kostrov, Ekaterina Ruchkina, Vladimir Ruchkin
Anthropogenic situation express monitoring on the base of the fuzzy neural networks. MECO (2014)